High frequency electromagnetic therapy apparatus

Claim 2

A high frequency electromagnetic therapy apparatus, comprising: a power supply; a flexible inductor of generally circular configuration forming an antenna which is positionable on an area of a body to be treated; and, a high-frequency, low-energy signal oscillating circuit for generating a high-frequency, low-energy electromagnetic field radiated from the inductor-antenna, at a power level in the milliwatt range, into the area of the body to be treated at an adsorbed power level in the same power range, which promotes healing of body tissue, but which is too small to significantly heat the body tissue, the frequency of said radiated field being controlled by an inductive-capacitive tuned circuit, said inductor-antenna forming all of the inductive portion of the tuned circuit, the power level of the adsorbed field being independent of differences in capacitive coupling between the inductor-antenna and different parts of the body to be treated, the differences in coupling resulting in negligible power loss of the adsorbed field relative to the radiated field and inconsequential frequency shift, whereby an impedance matching circuit for the antenna is unnecessary.

Claim 3

An apparatus according to claim 1, wherein the inductor-antenna is a spiral of at least one turn.

Claim 5

An apparatus according to claim 1, further comprising a fixed frequency pulse generator for driving the oscillating circuit.

Claim 6

An improved high frequency electromagnetic therapy apparatus, having a power supply, having a flexible antenna of generally circular configuration which is positionable on an area of a body to be treated and having a high-frequency, low-energy oscillating generator circuit for radiating a high-frequency, low-energy electromagnetic field from the antenna, at a power level not greater than a level in the range of milliwatts, the improvement comprising: an inductive-capacitive tuned circuit for controlling the frequency of the field; and, the flexible antenna forming all of the inductive portion of the tuned circuit, the power level of the adsorbed field being in the same range as the radiated power, the adsorbed power level being sufficient to promote healing of body tissue, but being too small to significantly heat the body tissue, and the power level being independent of the differences in capacitive coupling between the inductor-antenna and different parts of the body to be treated, the differences in coupling resulting in negligible power loss of the adsorbed field relative to the radiated field and inconsequential frequency shift, whereby an impedance matching circuit for the antenna is unnecessary.

Claim 7

An improved high frequency electromagnetic therapy apparatus, having a power supply, having a flexible antenna of generally circular configuration which is positionable on an area of a body to be treated and having a high-frequency, low-energy oscillating generator circuit for radiating a high-frequency, low-energy electromagnetic field from the antenna, at a power level not greater than a level in the range of milliwatts, the improvement comprising: an inductive-capacitive tuned circuit for controlling the frequency of the field; and, the flexible antenna forming all of the inductive portion of the tuned circuit, the power level of the adsorbed field being in the same range as the radiated power, the adsorbed power level being sufficient to promote healing of body tissue, but being too small to significantly heat the body tissue, and the power level being independent of the differences in capacitive coupling between the inductor-antenna and different parts of the body to be treated, the differences in coupling resulting in negligible power loss of the adsorbed field relative to the radiated field and inconsequential frequency shift, whereby an impedance matching circuit for the antenna is unnecessary.